On a prominent, highly visible site within Harvard University’s Allston Campus, a celebration of the beauty of infrastructure is beginning to take shape. Designed by Boston-based Leers Weinzapfel Associates, the 58,000 square foot Allston Campus District Energy Facility (DEF) represents a new, highly efficient infrastructure typology, delivering electricity and water for the campus, whilst simultaneously showcasing the intricate complexity of engineering and design.
Chicago-based Skidmore, Owings and Merrill (SOM) have won an international competition for the design of an enhanced urban district in Charenton-Bercy, on the eastern edge of Paris. Working with a team of urbanists, landscape designers and community think tanks, SOM have proposed a highly connected urban landscape incorporating a 180-meter energy efficient tower, and contemporary rotunda serving as a virtual reality hub.
In the 3rd Arrondissement of the French city of Lyon, construction has begun on Lyon Part-Dieu, an MVRDV-designed scheme seeking to transform the city’s main shopping center. Featuring partly-transparent glass and a public green roof, the MVRDV scheme will revitalize and integrate what was formerly an introverted complex built for an era dominated by the car.
At 166,000 square meters, Lyon Part-Dieu is the largest downtown shopping center in Europe, built in 1975. In order to improve the existing outdated complex, MVRDV worked with co-architects SUD to produce a design that offers a contemporary update to the existing façade and a re-organization of the interior program.
Guangzhou-based multidisciplinary firm O-office Architects specializes in refurbishment projects. Founders Jianxiang He and Ying Jiang are known for exploring what architecture can do within the contemporary Chinese context, including a recent project in which they transformed an abandoned Shenzhen factory into a dynamic cultural and community center.
In this interview with ArchDaily, the founders of O-office speak about their philosophies regarding refurbishments and the current state of architecture in China.
In an era defined by globalization, and ‘speed-driven economies,’ urban environments are becoming more entwined with airports, giving rise to an architectural phenomenon of the ‘Aerotropolis’ across the world. In Oslo, Norwegian firms Haptic Architects and Nordic Office of Architecture have aimed higher, seeking to design the world’s first energy-positive airport city for the Norwegian capital.
LEGO is going green. The Danish company has announced that they have begun production on a range of pieces made from a plant-based plastic sourced from sugarcane.
As a nod to their plant-based origins, the first sustainable pieces will take the form of LEGO botanical elements such as leaves, bushes and trees.
After a successful project in Uruguay—the first in Latin America—it's now Argentina's turn to build its first sustainable public school. The design will use the recycled materials of "garbage warrior" Michael Reynolds, the founder of Earthship Biotecture, and will be constructed as part of the program "A Sustainable School" in the unique biosphere of Mar Chiquita, in the Province of Buenos Aires, from March 1 to 28.
Read on for more information about the new project.
Following recent natural disasters including the Northern California wildfires, the HASSELL + team have been inspired to reimagine the San Francisco Bay Area as a vibrant community hub, equipped to provide temporary facilities in an emergency. As part of the competition Resilient by Design, the ten teams were asked to provide solutions for the waterfront through site-specific conceptual design and collaborative research projects.
A 100-meter-tall air purification tower in Xi’an, China – believed to be the world’s largest air purifier – has significantly improved city air quality, results from its preliminary run suggest.
According to researchers from the Institute of Earth Environment at the Chinese Academy of Sciences, the tower has managed to produce more than 10 million cubic metres (353 million cubic feet) of clean air per day since it was launched a few months ago. In the 10-square-kilometer (3.86-square-mile) observed area of the city, smog ratings have been reduced to moderate levels even on severely polluted days, an improvement over the city’s previous hazardous conditions.
Sustainability. A word that, for many of us, has been driven into our minds from the very start of our careers as architects. We have a responsibility to the planet and future generations to design buildings that are socially conscious—from solar panels to triple-glazed windows, we have tried it all.
Ultimately, whether our designs are sustainable comes down to the early decisions we make for the building, with our choice of materials having a huge effect on the overall carbon footprint. With new technologies come new ways of incorporating abundantly found materials into the skin of the building that could reduce the building's embodied energy and enhance the structure's properties.
In this article, we have compiled a list of 8 familiar materials that you wouldn't initially associate with sustainability but which you might consider for your next design.
The SDG Academy online education platform recently launched a series of free online courses on topics ranging from sustainable development and urbanization to climate change and the use of natural resources. According to the description on its website, SDG Academy "creates and curates free, top-level courses on sustainable development for students around the world."
Unbeknown to many, cork is something of a dark horse when it comes to the environment—a model of a sustainable industry and building material. By its very nature, cork is both recyclable and renewable, as it is the only tree that regenerates its bark, while harvesting that bark causes the tree no harm.
Cork has been sneaking its way into our buildings for many years now; due to its hard-wearing properties it can be found, for example, in the checkerboard flooring of the Library of Congress. Even NASA has been wise to cork's light weight and insulation capacity, using it as an insulator for their space shuttles.
Scandinavian firm, White Arkitekter, working closely with urban developers Citu, have designed the masterplan for the new Climate Innovation District in Leeds, in the United Kingdom. A central brownfield site in the city will be developed and converted into a sustainable, resilient, mixed-use neighborhood of more than 500 apartments and homes.
Due to rapid population and economic growth, Indonesia is facing issues such as land subsidence and rising sea levels. To combat these problems and more, SHAU Architects created a master plan for the Jakarta Jaya Foundation focused on large-scale land reclamation to integrate green space. By addressing impending challenges, SHAU Architects proposal, Jakarta Jaya: the Green Manhattan, won a Smart Cities prize at the World Architecture Festival 2017.
The Kharayeb Archaeological Museum (KAM) was designed by Shiogumo in the agricultural lands of the coastal village Kharayeb, in the south of Lebanon. The site-specific museum was commissioned to preserve and enhance the historical, cultural, and public significance by the directors of the archeological mission and site, Dr. Ida Oggiano (Istituto di Studi sul Mediterraneo Antico of CNR, Italy) and Dr. Wissam Khalil (Lebanese University).
